The Challenge: Hidden Self-Service Content

Most customer service teams have already invested heavily in FAQs, help centers, and product documentation. Yet customers still raise tickets for issues that have been answered many times before. The core problem is hidden self-service content: the right article exists, but customers can’t discover it quickly enough, so they default to contacting support.

Traditional approaches rely on manual content audits, basic keyword search, and navigation tweaks based on intuition. These methods don’t scale when you have thousands of articles, multiple languages, and constantly changing products. Search engines that match only exact keywords miss the fact that customers describe problems in their own language, not in your internal terminology.

The business impact is significant. Hidden content leads directly to avoidable ticket volume, higher support costs, and longer wait times for everyone. Agents are forced to answer the same simple questions again and again instead of focusing on complex cases or revenue-generating interactions. Over time, this erodes customer satisfaction and creates a competitive disadvantage against companies that offer truly effective self-service experiences.

This challenge is real, but it is absolutely solvable. Modern AI — and tools like Claude in particular — can read your entire knowledge base, ticket history and search logs, then surface where your self-service content is failing to connect with customer intent. At Reruption, we’ve seen how the right AI approach can turn a static help center into a living system that learns from every interaction. Below, you’ll find practical guidance on how to do this in your own customer service organisation.

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Our Assessment

A strategic assessment of the challenge and high-level tips how to tackle it.

From Reruption’s work implementing AI in customer service, we’ve seen that the fastest wins often come from fixing how customers find answers, not from rewriting everything from scratch. Claude is particularly strong here: it can process large knowledge bases, understand natural language queries, and analyse ticket logs to reveal where your self-service experience is breaking. The key is approaching it strategically, not just as another chatbot project.

Think in Customer Intent, Not Internal Categories

Most help centers are organised around how the company thinks about products and processes. Customers come with intents: “cancel my order”, “reset my password”, “my invoice is wrong”. The gap between those two views is at the heart of hidden self-service content. Strategically, you need to use Claude to model and prioritize customer intents, then reshape your self-service around them.

Start by feeding Claude anonymised search logs and ticket subjects/descriptions. Ask it to cluster and label common intents in the language customers actually use. At a leadership level, this becomes your new map: instead of thinking in terms of FAQ categories, you plan your AI-powered self-service roadmap around the top 50–100 intents and their impact on volume and cost.

Use Claude as a Discovery Engine, Not Just a Chatbot

Many organisations treat AI as a front-end chatbot that sits on top of the same broken navigation. That’s a missed opportunity. Strategically, Claude should first be your discovery engine: a system that reads everything — articles, macros, product docs, previous tickets — and tells you where content is missing, redundant, or badly structured.

Give Claude your entire content corpus plus a representative set of tickets. Ask it: for each high-volume intent, is there a clear, up-to-date, customer-friendly article? Where is content too long, too technical, or conflicting? Leadership can then make informed decisions about what to consolidate, what to rewrite, and where a conversational experience will add real deflection value.

Align Customer Service, Product, and Knowledge Management

Hidden self-service content is rarely just a tools problem; it’s an organisational one. Content ownership is often fragmented between support, product, and technical documentation. Before you scale Claude, you need a clear strategic model for who owns which parts of the knowledge base and how AI-generated insights will be actioned.

Set up a cross-functional working group where support leaders bring volume and pain-point data, product brings roadmap context, and knowledge managers bring content standards. Claude then becomes a shared asset: its analyses and drafts feed into a unified backlog of improvements, with clear SLAs on how quickly high-impact gaps will be addressed.

Design for Governance, Not One-Off Improvements

A one-time cleanup of your help center will help for a few months, then decay. Strategically, you want an ongoing knowledge governance loop driven by Claude: continuously monitoring where customers search, which articles they bounce from, and which intents still end up as tickets.

Define governance rules upfront: how often Claude should re-analyse logs, what thresholds trigger content reviews, who approves AI-generated article changes, and how you measure the impact on ticket deflection. This prevents "AI chaos" and builds trust that Claude is improving your self-service in a controlled way rather than rewriting your knowledge base overnight.

Manage Risk Around Accuracy, Compliance and Tone

When you let an AI system interact with customers or draft help content, strategic risk management is essential. You need policies around factual accuracy, data privacy, regulatory requirements, and brand voice. Claude’s strength in following instructions is a benefit here, but only if those instructions are designed thoughtfully.

At a strategic level, decide which topics are safe for fully automated responses and which always need a human in the loop. Define guardrails in Claude prompts and system messages (for example, not guessing legal or financial details) and align with legal and compliance teams early. This creates the confidence to scale AI in customer service without exposing the business to unnecessary risk.

Used strategically, Claude becomes the connective tissue between what your customers ask and the content you already have — or should have — to answer them. Instead of launching yet another generic chatbot, you can systematically expose and fix hidden self-service gaps, then power a conversational layer that actually deflects tickets. Reruption combines this AI depth with a Co-Preneur mindset, embedding with your customer service team to turn these ideas into working systems. If you’re ready to make your help center truly work for customers, we can help you design, test, and scale the right Claude-based approach.

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Real-World Case Studies

From Healthcare to Streaming Media: Learn how companies successfully use Claude.

Mayo Clinic

Healthcare

As a leading academic medical center, Mayo Clinic manages millions of patient records annually, but early detection of heart failure remains elusive. Traditional echocardiography detects low left ventricular ejection fraction (LVEF <50%) only when symptomatic, missing asymptomatic cases that account for up to 50% of heart failure risks. Clinicians struggle with vast unstructured data, slowing retrieval of patient-specific insights and delaying decisions in high-stakes cardiology. Additionally, workforce shortages and rising costs exacerbate challenges, with cardiovascular diseases causing 17.9M deaths yearly globally. Manual ECG interpretation misses subtle patterns predictive of low EF, and sifting through electronic health records (EHRs) takes hours, hindering personalized medicine. Mayo needed scalable AI to transform reactive care into proactive prediction.

Lösung

Mayo Clinic deployed a deep learning ECG algorithm trained on over 1 million ECGs, identifying low LVEF from routine 10-second traces with high accuracy. This ML model extracts features invisible to humans, validated internally and externally. In parallel, a generative AI search tool via Google Cloud partnership accelerates EHR queries. Launched in 2023, it uses large language models (LLMs) for natural language searches, surfacing clinical insights instantly. Integrated into Mayo Clinic Platform, it supports 200+ AI initiatives. These solutions overcome data silos through federated learning and secure cloud infrastructure.

Ergebnisse

  • ECG AI AUC: 0.93 (internal), 0.92 (external validation)
  • Low EF detection sensitivity: 82% at 90% specificity
  • Asymptomatic low EF identified: 1.5% prevalence in screened population
  • GenAI search speed: 40% reduction in query time for clinicians
  • Model trained on: 1.1M ECGs from 44K patients
  • Deployment reach: Integrated in Mayo cardiology workflows since 2021
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UC San Diego Health

Healthcare

Sepsis, a life-threatening condition, poses a major threat in emergency departments, with delayed detection contributing to high mortality rates—up to 20-30% in severe cases. At UC San Diego Health, an academic medical center handling over 1 million patient visits annually, nonspecific early symptoms made timely intervention challenging, exacerbating outcomes in busy ERs . A randomized study highlighted the need for proactive tools beyond traditional scoring systems like qSOFA. Hospital capacity management and patient flow were further strained post-COVID, with bed shortages leading to prolonged admission wait times and transfer delays. Balancing elective surgeries, emergencies, and discharges required real-time visibility . Safely integrating generative AI, such as GPT-4 in Epic, risked data privacy breaches and inaccurate clinical advice . These issues demanded scalable AI solutions to predict risks, streamline operations, and responsibly adopt emerging tech without compromising care quality.

Lösung

UC San Diego Health implemented COMPOSER, a deep learning model trained on electronic health records to predict sepsis risk up to 6-12 hours early, triggering Epic Best Practice Advisory (BPA) alerts for nurses . This quasi-experimental approach across two ERs integrated seamlessly with workflows . Mission Control, an AI-powered operations command center funded by $22M, uses predictive analytics for real-time bed assignments, patient transfers, and capacity forecasting, reducing bottlenecks . Led by Chief Health AI Officer Karandeep Singh, it leverages data from Epic for holistic visibility. For generative AI, pilots with Epic's GPT-4 enable NLP queries and automated patient replies, governed by strict safety protocols to mitigate hallucinations and ensure HIPAA compliance . This multi-faceted strategy addressed detection, flow, and innovation challenges.

Ergebnisse

  • Sepsis in-hospital mortality: 17% reduction
  • Lives saved annually: 50 across two ERs
  • Sepsis bundle compliance: Significant improvement
  • 72-hour SOFA score change: Reduced deterioration
  • ICU encounters: Decreased post-implementation
  • Patient throughput: Improved via Mission Control
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PepsiCo (Frito-Lay)

Food Manufacturing

In the fast-paced food manufacturing industry, PepsiCo's Frito-Lay division grappled with unplanned machinery downtime that disrupted high-volume production lines for snacks like Lay's and Doritos. These lines operate 24/7, where even brief failures could cost thousands of dollars per hour in lost capacity—industry estimates peg average downtime at $260,000 per hour in manufacturing . Perishable ingredients and just-in-time supply chains amplified losses, leading to high maintenance costs from reactive repairs, which are 3-5x more expensive than planned ones . Frito-Lay plants faced frequent issues with critical equipment like compressors, conveyors, and fryers, where micro-stops and major breakdowns eroded overall equipment effectiveness (OEE). Worker fatigue from extended shifts compounded risks, as noted in reports of grueling 84-hour weeks, indirectly stressing machines further . Without predictive insights, maintenance teams relied on schedules or breakdowns, resulting in lost production capacity and inability to meet consumer demand spikes.

Lösung

PepsiCo deployed machine learning predictive maintenance across Frito-Lay factories, leveraging sensor data from IoT devices on equipment to forecast failures days or weeks ahead. Models analyzed vibration, temperature, pressure, and usage patterns using algorithms like random forests and deep learning for time-series forecasting . Partnering with cloud platforms like Microsoft Azure Machine Learning and AWS, PepsiCo built scalable systems integrating real-time data streams for just-in-time maintenance alerts. This shifted from reactive to proactive strategies, optimizing schedules during low-production windows and minimizing disruptions . Implementation involved pilot testing in select plants before full rollout, overcoming data silos through advanced analytics .

Ergebnisse

  • 4,000 extra production hours gained annually
  • 50% reduction in unplanned downtime
  • 30% decrease in maintenance costs
  • 95% accuracy in failure predictions
  • 20% increase in OEE (Overall Equipment Effectiveness)
  • $5M+ annual savings from optimized repairs
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American Eagle Outfitters

Apparel Retail

In the competitive apparel retail landscape, American Eagle Outfitters faced significant hurdles in fitting rooms, where customers crave styling advice, accurate sizing, and complementary item suggestions without waiting for overtaxed associates . Peak-hour staff shortages often resulted in frustrated shoppers abandoning carts, low try-on rates, and missed conversion opportunities, as traditional in-store experiences lagged behind personalized e-commerce . Early efforts like beacon technology in 2014 doubled fitting room entry odds but lacked depth in real-time personalization . Compounding this, data silos between online and offline hindered unified customer insights, making it tough to match items to individual style preferences, body types, or even skin tones dynamically. American Eagle needed a scalable solution to boost engagement and loyalty in flagship stores while experimenting with AI for broader impact .

Lösung

American Eagle partnered with Aila Technologies to deploy interactive fitting room kiosks powered by computer vision and machine learning, rolled out in 2019 at flagship locations in Boston, Las Vegas, and San Francisco . Customers scan garments via iOS devices, triggering CV algorithms to identify items and ML models—trained on purchase history and Google Cloud data—to suggest optimal sizes, colors, and outfit complements tailored to inferred style and preferences . Integrated with Google Cloud's ML capabilities, the system enables real-time recommendations, associate alerts for assistance, and seamless inventory checks, evolving from beacon lures to a full smart assistant . This experimental approach, championed by CMO Craig Brommers, fosters an AI culture for personalization at scale .

Ergebnisse

  • Double-digit conversion gains from AI personalization
  • 11% comparable sales growth for Aerie brand Q3 2025
  • 4% overall comparable sales increase Q3 2025
  • 29% EPS growth to $0.53 Q3 2025
  • Doubled fitting room try-on odds via early tech
  • Record Q3 revenue of $1.36B
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Ooredoo (Qatar)

Telecommunications

Ooredoo Qatar, Qatar's leading telecom operator, grappled with the inefficiencies of manual Radio Access Network (RAN) optimization and troubleshooting. As 5G rollout accelerated, traditional methods proved time-consuming and unscalable , struggling to handle surging data demands, ensure seamless connectivity, and maintain high-quality user experiences amid complex network dynamics . Performance issues like dropped calls, variable data speeds, and suboptimal resource allocation required constant human intervention, driving up operating expenses (OpEx) and delaying resolutions. With Qatar's National Digital Transformation agenda pushing for advanced 5G capabilities, Ooredoo needed a proactive, intelligent approach to RAN management without compromising network reliability .

Lösung

Ooredoo partnered with Ericsson to deploy cloud-native Ericsson Cognitive Software on Microsoft Azure, featuring a digital twin of the RAN combined with deep reinforcement learning (DRL) for AI-driven optimization . This solution creates a virtual network replica to simulate scenarios, analyze vast RAN data in real-time, and generate proactive tuning recommendations . The Ericsson Performance Optimizers suite was trialed in 2022, evolving into full deployment by 2023, enabling automated issue resolution and performance enhancements while integrating seamlessly with Ooredoo's 5G infrastructure . Recent expansions include energy-saving PoCs, further leveraging AI for sustainable operations .

Ergebnisse

  • 15% reduction in radio power consumption (Energy Saver PoC)
  • Proactive RAN optimization reducing troubleshooting time
  • Maintained high user experience during power savings
  • Reduced operating expenses via automated resolutions
  • Enhanced 5G subscriber experience with seamless connectivity
  • 10% spectral efficiency gains (Ericsson AI RAN benchmarks)
Read case study →

Best Practices

Successful implementations follow proven patterns. Have a look at our tactical advice to get started.

Use Claude to Map Search Gaps and Missed Deflection Opportunities

The first tactical step is to quantify where your self-service is failing. Export a few weeks or months of search queries from your help center and a sample of support tickets (subjects, descriptions, tags, and resolutions). Feed these into Claude in batches and ask it to identify themes where customers searched but didn’t click, or searched and still opened a ticket.

Prompt example for Claude:
You are an analyst helping improve a customer service knowledge base.
You will receive:
1) A list of customer search queries and whether they clicked any article
2) A list of related support tickets with subjects and resolution notes

Tasks:
- Cluster the search queries into 10–15 intent groups
- For each cluster, indicate:
  - How many searches had no clicks
  - How many tickets were opened for that intent
- Highlight the 5 clusters with the biggest deflection opportunity
- Suggest what self-service content is missing or hard to find

This gives you a data-driven map of where hidden content or navigation issues are driving avoidable volume, so you can prioritise the highest-impact fixes.

Restructure Long Articles into FAQ-Style, Searchable Answers

Many knowledge bases are dominated by long, technical articles that are hard to scan. Claude is excellent at transforming dense documents into concise, FAQ-style content that matches how customers actually ask questions. Start by exporting your most-viewed or most-referenced articles and passing them to Claude with clear restructuring instructions.

Prompt example for Claude:
You are a customer service documentation specialist.
Here is an article from our help center. Rewrite it as:
- A short summary in plain language (max 3 sentences)
- 5–10 FAQ questions and answers in the exact phrases a customer would use
- Each answer should be 2–4 short paragraphs, with clear steps
- Avoid internal jargon; use the customer's language from these example queries: [insert]

Keep all factual content unchanged. If anything is ambiguous, highlight it in a note.

Import the restructured content back into your knowledge system, using FAQ questions as titles, H2s, or search synonyms. This makes it much easier for search and AI chat to retrieve relevant snippets that match user intent.

Create an AI-Powered Help Center Guide with Retrieval-Augmented Generation

Beyond static search, you can use Claude to build an AI-powered help assistant that reads from your existing knowledge base using retrieval-augmented generation (RAG). The idea: when a customer asks a question, your system retrieves the most relevant articles and passes them to Claude, which then synthesises a precise answer and links to the sources.

System message example for Claude in a RAG setup:
You are a customer support assistant for [Company].
You can ONLY answer using the information provided in the context documents.
If the answer is not in the documents, say you don't know and suggest contacting support.
Always include links to the exact articles you used.
Use friendly, concise language, and avoid internal codes or jargon.

User question: [customer query]
Context documents: [top 3–5 relevant article excerpts]

On the implementation side, this typically requires: connecting your CMS/knowledge base to an embedding store, building a retrieval endpoint, and integrating Claude via API in your help widget or portal. The result is a guided, conversational experience that surfaces the right content at the right time.

Auto-Draft Missing or Outdated Articles from Ticket Histories

Where your analysis shows clear gaps, Claude can dramatically speed up content creation by generating first drafts directly from ticket histories and agent macros. Select a set of resolved tickets for a specific intent, including the final agent responses and any internal notes, and have Claude propose a customer-friendly article.

Prompt example for Claude:
You are creating a public help center article from real support tickets.
Input:
- 10–20 anonymised tickets about the same issue
- The final agent replies and resolution steps

Tasks:
- Infer the underlying customer problem and write a clear problem statement
- Describe the solution in step-by-step form, in language suitable for non-experts
- Add a short "Before you start" checklist if needed
- Add a section "When to contact support" for edge cases we cannot solve via self-service

Do NOT include any personal data or internal system names.

Have a knowledge manager or senior agent review and approve these drafts before publication. This can cut article creation time from hours to minutes while ensuring content accurately reflects how issues are actually resolved.

Support Agents with Real-Time Article Suggestions and Case Summaries

Even with better self-service, some customers will always contact support. You can still improve deflection and consistency by giving agents Claude-powered side tools that suggest relevant content and summarise cases in real time. For example, when a ticket arrives, Claude can read the conversation, propose likely intents, and surface the top three articles or macros for the agent.

Prompt example for Claude inside an agent assist tool:
You are an assistant for customer service agents.
Input:
- The full conversation between the agent and the customer
- A list of available help center articles with titles and short summaries

Tasks:
- Summarise the customer's issue in 2 sentences
- Suggest the 3 most relevant articles, with a one-line rationale each
- Propose a short, friendly reply that uses links to those articles

Respond in JSON with keys: summary, suggested_articles, draft_reply.

This keeps agents aligned with the latest self-service content, encourages consistent linking to help articles, and trains customers to look to the help center first next time.

Measure Deflection and Continuously Optimise with Claude

To close the loop, you need to track whether these changes actually reduce ticket volume. Define clear KPIs such as self-service success rate, proportion of searches leading to resolved sessions, and the percentage of intents handled without agent intervention. Use Claude regularly to analyse logs and propose experiments.

Prompt example for Claude:
You are a CX analyst.
Here is data for the last 30 days:
- Search queries and click behaviour
- Chatbot conversations and handover rates
- Ticket volume by intent

Tasks:
- Identify 5 knowledge base improvements that are likely to increase self-service success
- For each, estimate potential ticket reduction based on the data
- Propose an A/B test or small experiment to validate the impact

Expected outcomes from a well-implemented setup are realistic but meaningful: 15–30% reduction in repetitive tickets for targeted intents within 3–6 months, improved first-contact resolution, and shorter handling times as agents work with better content and summaries. The exact numbers will depend on your baseline, but with disciplined measurement and iterative optimisation, Claude can become a core engine for continuous deflection improvement.

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Frequently Asked Questions

Claude can process your entire knowledge base, search logs, and historical tickets to identify where customers look for answers but fail to find them. Practically, you upload or connect:

  • Help center articles, FAQs, and internal docs
  • Search queries plus click/bounce data
  • Ticket subjects, descriptions, tags, and resolutions

Claude then clusters customer intents, highlights topics with high search volume but poor self-service resolution, and suggests where content is missing, outdated, or badly structured. It can also draft or restructure articles so that they directly match the language your customers use, which significantly increases the chance that existing content will be found and used.

You typically need three core capabilities: a customer service lead who understands your main contact drivers, a knowledge manager or content owner, and basic engineering capacity to connect Claude to your systems (help center, ticketing, and possibly a vector database for retrieval). If you don’t have internal AI expertise, a partner like Reruption can handle the technical architecture, prompt design, and integration work.

From your side, the most important inputs are access to data (knowledge base exports, logs, tickets) and decision-making capacity to prioritise which intents to tackle first. You do not need a large in-house data science team to start; many organisations begin with a focused PoC and a small cross-functional squad.

For a focused scope (e.g. the top 10–20 repetitive intents), you can usually see first effects within 4–8 weeks. The typical timeline looks like this:

  • Week 1–2: Data extraction, analysis of search/ticket gaps with Claude, intent clustering
  • Week 3–4: Drafting and restructuring key articles, initial AI assistant or improved search configuration
  • Week 5–8: Go-live for a subset of traffic, measurement of self-service success, iterative tuning

Substantial, portfolio-wide deflection (15–30% on repetitive tickets) usually emerges over 3–6 months as you iterate across more intents, improve content quality, and refine your AI-powered self-service flows.

The direct Claude API usage costs are typically modest compared to support headcount costs. The main investments are in initial design, integration, and content work. ROI comes from reduced repetitive ticket volume, lower handling times, and improved customer satisfaction.

As a rough benchmark, if even 10–20% of your low-complexity tickets are deflected via better self-service and AI assistance, the savings in agent time usually pay back the project within months. Reruption helps you define clear metrics (e.g. cost per contact, deflection rate by intent) and set up measurement so you can quantify ROI rather than relying on gut feel.

Reruption works as a Co-Preneur, embedding with your customer service and IT teams to build real AI solutions instead of just providing slideware. We typically start with our AI PoC for 9,900€, where we define a concrete deflection use case, integrate Claude with a subset of your knowledge base and ticket data, and deliver a working prototype along with performance metrics and an implementation roadmap.

From there, we can support hands-on implementation: designing retrieval-augmented search or chat flows, setting up governance and prompts, restructuring content at scale, and integrating with your existing tools. The goal is not to optimise your current help center slightly, but to build the AI-first customer service capabilities that will replace it over time.

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